Virtual downsizing of Mitsubishi lancer cedia engine. used modelling and flow simulation tools for optimum design of Intake and Exhaust manifolds, Radiator, Inter-cooler. Simulated natural and force induction engines using Lotus Engine Simulation software.

1. ENGINE DOWNSIZING AND NEW
SAFETY SYSTEMS
PROJECT GUIDE: DR. SANJAY KUMAR (HOD)
 Modelling, Analysis And Simulation Of
1. Intake Manifold
2. Exhaust Manifold
3. Intercooler
4. Radiator
5. Stock And Modified 4G94 Mitsubishi Engines
 Softwares Used Are As Follows:
1. PTC Creo 3.0
2. SolidWorks 2013
3. Ansys Fluent And CFX
4. Lotus Engine Simulation
PRESENTED BY:
KODAM VINAY
VISHWAKARMA ASHISH

2. Intake Manifold modelled in PTC Creo 3.0

3.  Boundary Conditions

4.  INTAKE MANIFOLD TRANSIENT SIMULATION

5.  STREAM LINES

6.  Exhaust Manifold Modelled in SolidWorks 2013

7.  Meshed Model

8.  Boundary Conditions

9.  Pressure Contour

10.  Intercooler Modelled in PTC Creo 3.0

11.  Temperature Distribution

12.  Flow Trajectories

13. Radiator Modelled in PTC Creo 3.0

14.  Temperature Distribution

15.  Flow Trajectories

16.  Engine Simulations Using Lotus Engine
Simulation Software
1. 4G94 Engine

17. 2. 4G94 with Garrett GT2860RS Turbo

18. 3. 4G94 with Garrett GT1241 and GTX2860R twin turbo

19. 4. 3.0 liter and 6 cylinder engine

20.  Power Comparison

21.  Comparison of BSFC